GridPro in Biomedical industry
Reliable and efficient approach to modeling complex anatomies, fluid dynamics, and mechanical behaviors.
Structured
meshes serve as a foundational element in a wide array of biomedical
simulations, from cardiovascular simulations to respiratory studies,
orthopedic biomechanics, drug delivery, and beyond. They offer a
versatile and efficient approach to model and analyze complex
physiological systems. Their regular grid structure facilitates
accurate representation of complex anatomies, enabling you to gain
insights into physiological processes, disease mechanisms, and the
optimization of medical interventions.
Blood pumps
In ventricular assist devices (VADs), structured meshes provide precise control over element size and distribution that helps you to accurately model the geometry and the fluid flow. This leads to accurate prediction of variables like shear stress, pressure distributions, and flow velocities, thereby providing you with valuable insights into potential issues like blood damage, clot formation, or recirculation within the pump.
Arterial Networks
The grid lines align with the underlying vascular geometry, ensuring a more accurate representation of flow patterns, shear stresses, and pressure distributions. This alignment minimizes numerical errors and enhances the reliability of the simulation results.
Additionally,
structured meshes allow you for easy adaptation to varying levels of
vascular detail, enabling researchers to refine the mesh in regions
of interest, such as stenotic arteries or bifurcations, where
accurate predictions are critical for understanding disease
progression and treatment outcomes.
Aneurysm
GridPro meshes enable fast, efficient, and precise aneurysm computations for 3D fluid analysis.
Efficient resolution
Flow-aligned block layout enables efficient resolution of flow features.
Refinement Tools
Local refinement tools like enrichment, and nesting, provide better control over grid refinement.
Explore the art of crafting captivating meshes through our tutorials
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